CAJ | 학술논문

天然植物甘蔗经碳化可形成具有多孔结构的碳材料。将该多孔碳材料作为微生物燃料电池的阳极，并采用电化学技术和扫描电子显微镜的形貌技术系统研究该多孔碳材料的阳极性能以及微生物膜的生长情况。研究结果表明该多孔碳材料作微生物燃料电池阳极可产生高达2.32 mA/cm2的阳极电流密度，是一种非常好的阳极材料。
천연식물감자경탄화가형성구유다공결구적탄재료。장해다공탄재료작위미생물연료전지적양겁，병채용전화학기술화소묘전자현미경적형모기술계통연구해다공탄재료적양겁성능이급미생물막적생장정황。연구결과표명해다공탄재료작미생물연료전지양겁가산생고체2.32 mA/cm2적양겁전류밀도，시일충비상호적양겁재료。
The natural plant sugarcane can be transformed into carbon materials of porous structure via carbonization. The porous carbon materials have been used as anode in microbial fuel cells (MFCs). By the electrochemical technology and scanning electron microscopy to study anodic performance of porous carbon materials and the growth of biofilm, the results showed that it proved to be a good MFCs anode and the bioelectrocatalytic anode current density was shown to reach up to 2.32 mA/cm2.